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The Combat Application Tourniquet (C-A-T®) Generation 7 When we began work on the C-A-T® GEN 7 we considered every element that defines a tourniquet designed for combat use. We challenged ourselves to find the best, most forward-looking way possible to enhance performance and maximize application success. But we didn’t do this alone. Leveraging input from after action reviews, researchers, material scientists and you, the end-user, we were able to create the most advanced C-A-T® to date. Every component of the C-A-T® GEN 7 is optimized for performance and reliability.

The C-A-T® GEN 7 has a single routing buckle system that (1) allows for extremely fast application and effective slack removal (2) unifies training standards and eliminates confusion by having a single protocol/directions for all applications.

The patented C-A-T® is a true one-handed tourniquet proven to be 100% effective by the U.S. Army’s Institute of Surgical Research.

Windlass Strap

Stabilization Bar

Brief History

The Combat Application Tourniquet was initially fielded by USSOCOM in 2004 then fast followed by conventional forces in 2005. In the early years of the Global War on Terrorism (GWOT) and prior to the implementation of modern prefabricated tourniquets, the death rate from extremity exsanguination was 23.3 deaths annually. After full implementation, this number was reduced to 3.5 deaths per year, an 85% decrease in mortality. In 2005 the Combat Application Tourniquet was selected as one of the Army’s top 10 greatest inventions and is recognized as one of the foremost advancements in pre-hospital care during the GWOT with an estimated 1,850 lives saved.

Relentless comprehensive analysis of all deaths from extremity hemorrhage has resulted in evidence-based tourniquet improvements. This approach has yielded critical device improvements to include five refinements in the design of the Combat Application Tourniquet over the last decade. These enhancements were focused on maximizing the effectiveness of the device while minimizing morbidity.

Continuous interface with end-users and researchers, literature review and tourniquet applications in both real world and simulated high stress tactical environments have made it clear, that despite tremendous success, tourniquet knowledge gaps exist in the following areas (1) single verses double routing of the band (2) Importance of slack removal prior to engaging the windlass. Closing these gaps will be accomplished through device enhancements, knowledge products and focused training.